Photoinduced changes in refractive index in a quadratic electrooptic PLZT ceramic were
observed. Thick‐phase holograms were recorded with high diffraction efficiency (η∼ 0.10 to …

The dynamics of holographic recording in quadratic electrooptic materials are analyzed.
High optical quality PLZT ceramic is found to conform to the behavior predicted for quadratic …

Theoretical and experimental studies of diffraction efficiency (η) and holographic gain (Γ) as
a function of applied field and holographic grating spacing in PLZT 10/65/35 are reported …

Controlling of visible and infrared radiation by use of holographic gratings in PLZT ceramics Page
1 Ferroelectrics, 1989, Vol. 90. pp. Reprints available directly from the publisher Photocopying …

After defining the properties of transparent lead-lanthanum zirconate-titanate ceramics
(PLZT) we report the results of holographic and digital recording in quadratic electrooptic …

The stationary energy transfer (SET) at holographic grating formation due to the quadratic
electro-optic effect in PLZT—9.2 ceramics is studied theoretically by means of a model of …

The photoinduced charge‐transfer process in PLZT ceramics is studied by measuring the
refractive‐index changes during hologram recording at λ= 488 nm. From the measured …

Digital data are recorded in nonpolar PLZT ceramics using the photoinduced change of
refractive index at wavelength λ= 488 nm under applied electric field. This process allows …

Electric polarization and induced birefringence of PLZT 10/65/35 are investigated. The
electric and electrooptic material properties of PLZT 10/65/35 at room temperature are …

Electrooptic effects in PLZT ceramics are being considered for a number of device
applications including spectral and variable density filters, light shutters, page composers for …